Matrix calculus and Kronecker product

by W.-H Steeb

Linear Algebra and Group Representations

by Ronald Shaw

Finite dimensional multi-linear algebra, (in two parts)

by Marcus, Marvin

Linear algebra

by Serge Lang

As usual, a collection of objects will be called a set.

Multilineare Behandlung von Eigenwertaufgaben

by Ingbert Kupka

Multilinear Subspace Learning Dimensionality Reduction Of Mu...

by Kostantinos N. Plataniotis

Matrices

by Shmuel Friedland

Quantum Lie Theory

by Vladislav Kharchenko

Linear algebra

by John B. Fraleigh, Raymond A. Beauregard

Introduction to linear algebra

by Serge Lang

The concept of a vector is basic for the study of functions of several variables.

Geometric algebra

by Emil Artin

If S T and S0 S then the set of all images of elements of S0 is denoted by f(S0); it is called the image of S0.

Linear algebra

by Jin Ho Kwak, Sungpyo Hong

One of the central motivations for linear algebra is solving a system of linear equations.

Algebras, rings and modules

by Michiel Hazewinkel, Nadiya Gubareni

We assume the reader is familiar with basic concepts of abstract algebra such as semigroup, group.

Elementary matrix algebra

by Franz Edward Hohn

Basic linear algebra

by T. S. Blyth

Linear algebra

by Harold M. Edwards

Álgebra Linear

by Lorenzo Robbiano

Linear algebra

by Charles W. Curtis

Linear Algebra Done Right

by Sheldon Jay Axler

Abstract Algebra

by David R. Finston, Patrick J. Morandi